Sentence examples for model systems demonstrating from inspiring English sources

Thus, in vitro data from other model systems demonstrating a role for Nod2 has been consistent with prior observations with B. burgdorferi [17], [25], [55] [57].

Such a threshold model is consistent with extensive data from mammals and model systems demonstrating that p53 can either favor oxidative stress resistance and cell survival, or favor oxidative stress and cell death, depending upon the cellular and environmental context, and the degree of activation of p53 [ 38].

Model systems demonstrate that the r-time increment criterion of Chatterjee et al. obeys the absolute stability limit for values of r up to near 1.

This ORS workshop from 2014 with its topics of osteoimmunology in fracture healing, joint replacement loosening, and in vitro model systems demonstrates the wide spectrum of bone-immuno-interplay.

Studies utilizing these more complex model systems demonstrated that SPI-1 was critical in the establishment of a Salmonella infection.

Animal model systems demonstrate that flow disruptions are re-established in certain regions near the flow divider leading to adverse outcomes such as angiographically detectable restenosis patterns [27], and that these flow effects should persist to an even greater extent if intimal hyperplasia is inhibited by DES [28].

Results from these model systems demonstrate characteristic increases in life span.

While such targeted engineering approaches are still in their infancy, work in model systems demonstrates the potential utility of this approach.

Studies in multiple model systems demonstrate that epigenetic modifications are important along the entire gene, including untranslated regions (Einstein et al. 2010; Fu et al. 2006, 2009).

Recent publications in mouse DYT1 model systems demonstrated defective dopamine D2 receptor signaling in the striatal cholinergic neurons (Sciamanna et al., 2009; Sciamanna et al., 2011; Sciamanna et al., 2012).

Remarkably, all these data were obtained in a uniform cellular model system, demonstrating its power to determine functional relationships across different classes of actin regulators in a cellular context.